Global climate change and ocean acidification may alter many of these «services».
Her international research programme focuses on the impacts of
global climate change and ocean acidification on coastal marine biodiversity and the consequences for ecosystem structure and functioning, and spans the UK, Europe, USA and NZ.
Not exact matches
Ocean acidification and other aspects of
global climate change are about to alter the food web — with consequences for all life on earth.
Michigan State students note how Willie Soon now refutes research indicating adverse impacts from
ocean acidification, a
global crisis that is married to
climate change (both problems stem from humans burning fossil fuels
and releasing carbon dioxide into the atmosphere).
Their paper Coral resilience to
ocean acidification and global warming through pH up - regulation by Malcolm McCulloch, Jim Falter, Julie Trotter,
and Paolo Montagna, appears in the latest issue of the journal Nature
Climate Change.
Projected impacts of
global warming
and ocean acidification motivated this action, but as marine biologist Ayana Elizabeth Johnson eloquently writes in a New York Times op - ed: «
climate change really is only half the story.»
A large ensemble of Earth system model simulations, constrained by geological
and historical observations of past
climate change, demonstrates our self ‐ adjusting mitigation approach for a range of
climate stabilization targets ranging from 1.5 to 4.5 °C,
and generates AMP scenarios up to year 2300 for surface warming, carbon emissions, atmospheric CO2,
global mean sea level,
and surface
ocean acidification.
The symptoms from those events (huge
and rapid carbon emissions, a big rapid jump in
global temperatures, rising sea levels,
ocean acidification, widespread oxygen - starved zones in the
oceans) are all happening today with human - caused
climate change.
Ocean acidification could devastate coral reefs
and other marine ecosystems even if atmospheric carbon dioxide stabilizes at 450 ppm, a level well below that of many
climate change forecasts, report chemical oceanographers Long Cao
and Ken Caldeira of the Carnegie Institution's Department of
Global Ecology in the journal Geophysical Research Letters.
Sea level rise,
ocean acidification and the rapid melting of massive ice sheets are among the significantly increased effects of human - induced
global warming assessed in the survey, which also examines the emissions of heat - trapping gases that are causing the
climate change.
The symptoms from those events (a big, rapid jump in
global temperatures, rising sea levels,
and ocean acidification) are all happening today with human - caused
climate change.
«Like
climate change,
ocean acidification is a growing
global problem that will intensify with continued carbon dioxide emissions
and has the potential to
change marine ecosystems
and affect benefits to society,» the report said.
«[The research] demonstrates that proposed technological solutions, like CDR, to the problems of
global warming
and ocean acidification are no substitute for reducing carbon emissions, which remains the safest
and most reliable path for avoiding dangerous
climate change.»
The search was performed with no restrictions on publication year, using different combinations of the terms: (
acidification *
AND ocean *) OR (
acidification *
AND marine *) OR (
global warming *
AND marine *) OR (
global warming *
AND ocean *) OR (
climate change *
AND marine *
AND experiment *) OR (
climate change *
AND ocean *
AND experiment *).
If
global warming continues unchecked, it will cause significant
climate change, a rise in sea levels, increasing
ocean acidification, extreme weather events
and other severe natural
and societal impacts, according to NASA, the EPA
and other scientific
and governmental bodies.
Subsistence fishermen face an uncertain future, marked by
climate change and ocean acidification and global overfishing,
and they suspect things are only going to get worse.
I believe the strong role of anthropogenic contributions to
climate change with potentially significant adverse impacts (
global warming
and ocean acidification) is well documented by a large array of independent evidence.
It has been suggested that a top - down allocation approach is more appropriate for boundaries where human activities exert a direct impact on the Earth (that is,
climate change,
ocean acidification, ozone depletion
and chemical pollution), while a multiscale approach is more appropriate for boundaries that are spatially heterogeneous (that is biogeochemical flows, freshwater use, land - system
change, biodiversity loss
and aerosol loading).8 Even with a top - down approach
and a single
global boundary, however, allocation is fraught with difficult ethical issues.
The need to encourage people to understand exactly how important these corals are also appears to be a major factor in battling
global warming,
climate change and this
acidification that is
changing the
oceans.
More from TreeHugger FishPhone
Global Fisheries Hit by
Climate Change and Overfishing KQED Quest Visits the Monterey Bay Aquarium Research Institute to Learn about
Ocean Acidification
Ken Caldeira has been a Carnegie investigator since 2005
and is world renowned for his modeling
and other work on the
global carbon cycle; marine biogeochemistry
and chemical oceanography, including
ocean acidification and the atmosphere /
ocean carbon cycle; land - cover
and climate change; the long - term evolution of
climate and geochemical cycles;
climate intervention proposals;
and energy technology.
The planetary boundaries hypothesis, first introduced by a group of leading earth scientists in a 2009 article in Nature, posits that there are nine
global, biophysical limits to human welfare:
climate change,
ocean acidification, the ozone layer, nitrogen
and phosphate levels, land use
change (the conversion of wilderness to human landscapes like farmland or cities), biodiversity loss, chemical pollutants,
and particulate pollution in the atmosphere.
Melbourne About Blog John Englart write on the effects of human induced
climate change, sea level rise,
ocean acidification, biodiversity loss, environmental
and social impacts of
global warming,
and climate protests.